UDZWTE-1715B

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The UDZWTE-1715B is a single diode-zener diode which is designed for use in transient voltage suppression and other circuit protection applications. It is rated for use in continuous operation with a voltage of up to -1715 Volts, and can absorb up to 215 Watts of power. It is widely used for overvoltage protection, clamping, and transient suppression. The UDZWTE-1715B is available in a variety of packages, from a standard through-hole configuration to surface mount and encapsulated varieties.

The zener diode is particularly well-suited for applications where a rapid change in voltage is expected. In this situation, the diode acts as a kind of voltage-sensitive switch, allowing current to flow in one direction when the voltage exceeds a predetermined level and blocking current flow in the opposite direction when the voltage decreases. This makes it ideal for protection circuits and transient voltage suppression.

The UDZWTE-1715B works by utilizing a large majority carrier region, or load region, that is capable of supplying a large amount of current. The majority of the current flow is then switched to the zener side of the device, where the voltage is absorbed and released when the voltage across the diode decreases. This action ensures that any voltage surge or overvoltage is quickly absorbed and dissipated by the diode, thus protecting the circuit.

The UDZWTE-1715B also has an avalanche breakdown region, which further adds to its ability to protect the circuit. If an excessive voltage is applied across the diode, the majority of the current will be allowed to flow through the load region and then be routed to the zener region, where it will be released in a controlled manner. This action helps to protect the circuit from electrical surges and other overvoltage conditions.

The UDZWTE-1715B is an excellent choice for a variety of circuit protection applications. It is highly reliable, and its ability to withstand abuse makes it a versatile option for many applications. Its wide variety of packages and low cost make it a popular choice for use in consumer electronics and industrial applications.

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